E4 Tactical Pants - Ranger Green, size M (32)

Tactical trousers E4 from EmersonGear with a sophisticated cut and quality workmanship.

The trousers are made of 35% cotton and 65% nylon with Teflon and RipStop finish. This makes the fabric highly resistant to water, punctures or tears.

The belt is secured with Velcro, the hood with a high-quality YKK zipper. The width of the waist can be adjusted by Velcro flaps located on the sides. This way, the legs can also be tightened at the knees, so that the kneepads sit well on the knees. The ends of the legs can be also tightened to fit snugly around the boots. Belt loops allow the use of a 5 cm wide belt.

The trousers feature a number of sewn-in or external folded pockets for accessories.

• 2 Velcro pockets in the back
• 2 main Velcro pockets below the waist
• 2 Velcro thigh pockets with loops to hold longer items such as a baton
• 2 zipped pockets between main pocket and thigh pocket
• 2 zipped calf pockets

There are sewn-in pockets on the knees for inserting E4 knee pads (sold separately, see Related products). The knee pads can be moved by hidden straps leading to the thigh pockets. By tightening or loosening this strap, the pads can be moved up or down as required.

TEFLON

The material provided with this treatment repels water and oil stains, thereby increasing water repellency and reducing the soiling of the garment. The maintenance of the garment is easier due to the fact that the deposited dirt is easily washed and the material dries faster.

YKK

YKK zippers are world famous for their quality and durability. They are most commonly found in jeans, but many outdoor clothing manufacturers rely on this brand of zippers. YKK makes their own production machines, uses their own materials, also produces their own zipper teeth and has their unique production processes.

RIPSTOP

Material developed in the USA during the Second World War. It is manufactured using a special technique and is characterized by a very good weight-to-stability ratio and high tear strength. At regular intervals, thicker fibers are woven transversely and longitudinally into the material. This prevents defects from spreading when mechanically ruptured.